Error-related cardiac deceleration and brain activity markers (Ne/ERN and Pe) co-occur during performance monitoring, indicating a functional interplay between the central and autonomic nervous systems.
Systematic Review
The review highlights the intertwined relationship between central error monitoring (Ne/ERN, Pe) and autonomic responses (cardiac deceleration), suggesting their potential as combined markers for assessing cognitive control.
Coordinated interactions between the central and autonomic nervous systems are crucial for survival due to the inherent propensity for human behavior to make errors. In our ever-changing environment, when individuals make mistakes, these errors can have life-threatening consequences. In response to errors, specific reactions occur in both brain activity and heart rate to detect and correct errors. Specifically, there are two brain-related indicators of error detection and awareness known as error-related negativity and error positivity. Conversely, error-related cardiac deceleration denotes a momentary slowing of heart rate following an error, signaling an autonomic response. However, what is the connection between the brain and the heart during error processing? In this review, we discuss the functional and neuroanatomical connections between the brain and heart markers of error processing, exploring the experimental conditions in which they covary. Given the current limitations of available data, future research will continue to investigate the neurobiological factors governing the brain-heart interaction, aiming to utilize them as combined markers for assessing cognitive control in healthy and pathological conditions.
Gregorio et al. (Thu,) conducted a systematic review in Error processing. Error-related cardiac deceleration and brain activity markers (Ne/ERN and Pe) co-occur during performance monitoring, indicating a functional interplay between the central and autonomic nervous systems.